VAPOUR PHASE MOTION IN CRYOGENIC SYSTEMS CONTAINING SUPERHEATED AND SUBCOOLED LIQUIDS.

THE DEVELOPMENT OF VENT PIPELINES, AND VENTING STORAGE TANKS REQUIRES THE KNOWLEDGE OF THE LAW OF MOTION AS WELL AS REGULARITIES OF VAPOUR CONTENT VARIATION IN THE LIQUID AND HEAT DISSIPATION BY THE VAPOUR PHASE. THE ARTICLE IS A THEORETICAL STUDY OF THE EFFECT OF SUPERHEATING (SUBCOOLING) OF THE LIQUID, RELATIVE ACCELERATION AND REDUCED PRESSURE UPON THE SIZE AND VELOCITY OF NONINTERACTING VAPOUR BUBBLES, MOVING IN THE LIQUID, AND UPON THEIR RESISTANCE AND HEAT TRANSFER COEFFICIENTS.